The Canadian Hydrogen Association has issued an urgent call for sweeping policy reforms, warning that Canada has just three to five years to establish itself as a global hydrogen leader before losing billions in investment to competing jurisdictions.

 

In its 2026 pre-budget submission to the House of Commons Standing Committee on Finance, the industry group outlined three critical recommendations aimed at unlocking approximately $35 billion in private investment by 2033 while positioning hydrogen as a cornerstone of Canada's export, defence, and industrial competitiveness strategies.

 

Clean Grid Exemption Tops Reform Agenda

 

The association's primary recommendation centres on optimizing Canada's $18.5 billion Clean Hydrogen Investment Tax Credit (CH-ITC), with particular emphasis on removing administrative barriers for projects operating in provinces with overwhelmingly clean electricity grids.

 

CHA is calling for projects located on grids with at least 90% non-emitting generation—such as those in Quebec, British Columbia, and Manitoba—to automatically qualify for the maximum 40% tax credit tier without requiring additional renewable energy credit purchases or complex contractual structures.

 

"These provinces already operate electricity grids that are overwhelmingly non-emitting," the submission states. "Requiring additional power sourcing arrangements introduces unnecessary administrative burden and higher costs without materially improving the carbon performance of hydrogen production."

 

The proposed automatic qualification would reflect the real-world carbon intensity of electricity in hydropower-dominated provinces while reducing project development costs and timelines. In 2021, hydropower accounted for 60% of Canada's electricity generation, followed by 14% from nuclear and 12% from natural gas.

 

Ten Technical Amendments Proposed

 

Beyond the clean grid exemption, CHA has outlined nine additional targeted amendments to the CH-ITC framework designed to improve investment certainty and align the credit with real-world project structures.

 

Key proposed changes include:

 

Affiliated asset ownership: Allowing hydrogen production facilities to use clean electricity from affiliated companies rather than requiring single-entity ownership. This would enable projects to leverage existing hydroelectric assets owned by related corporations and unlock the full 40% credit tier for integrated developments.

 

Hydrogen derivatives eligibility: Extending the credit to equipment producing hydrogen derivatives such as e-methanol, e-methane, and sustainable aviation fuel where hydrogen is the principal feedstock. Currently, ammonia receives preferential treatment while other derivatives face structural disadvantages, despite similar production processes and climate benefits.

 

Enhanced operational flexibility: Increasing the post-commissioning carbon intensity buffer from 0.5 to 0.8 kgCO₂/kgH₂ and allowing exclusion of up to 20% downtime for non-representative operations when assessing performance. This would accommodate scheduled maintenance, grid outages, and other real-world operational variations without penalizing projects.

 

High-temperature electrolysis protection: Clarifying that heat generation and heat exchange components physically integrated within solid oxide electrolysis cell (SOEC) systems remain eligible for the credit, while standalone generation assets remain excluded. Without this clarification, highly efficient high-temperature electrolysis technologies face unintended penalties.

 

Clean energy certificate recognition: Explicitly recognizing renewable and clean energy certificates (RECs/CECs) sourced through recognized registries as qualifying instruments, with carbon intensity aligned to the underlying renewable technology.

 

Improved heat input modelling: Updating carbon intensity calculations to allow customizable inputs for purchased or recovered heat where supported by verifiable data, and recognizing zero-emission waste heat streams rather than defaulting to natural gas boiler assumptions.

 

Investment certainty mechanisms: Applying future narrowing amendments prospectively or grandfathering projects with approved plans to avoid retroactive impacts on financial models. The association also recommends exploring credit transferability to improve bankability and shorten the time between investment and credit realization.

 

Domestic supply chain support: Complementing project-level incentives with measures supporting hydrogen equipment manufacturing in Canada, including tax incentives encouraging developers to prioritize Canadian technology companies, equipment, and manufacturing inputs.

 

CHA analysis suggests that within the existing $18.5 billion envelope, optimized uptake could reach approximately $9.5 billion while unlocking about $35 billion in private investment by 2033—significantly improving Canada's return on its hydrogen investment without expanding the fiscal envelope.

 

Bridging the "Valley of Death" for Canadian Innovation

 

The association's second recommendation addresses a critical gap in Canada's hydrogen innovation pipeline: the absence of sustained funding to advance technologies from early-stage research to commercial readiness.

 

Based on feedback from post-secondary members, Canadian research facilities generally conduct hydrogen research only to Technology Readiness Level (TRL) 3. Beyond that stage, many promising technologies move to foreign demonstration programs for scaling and commercialization—meaning Canada funds early innovation but loses the economic benefits of deployment.

 

CHA is proposing a $100 million Hydrogen Innovation and Demonstration Fund to advance technologies from TRL 3 to TRL 7-8 through multi-year pilots, demonstrations, and systems integration under Canadian conditions.

 

"Current federal funding is characterized by fragmented, short-term calls with limited support for multi-year demonstrations," the submission notes. "This constrains Canada's capacity to remain at the frontier of electrolyzers, fuel cells, storage technologies, and systems integration."

 

The proposed fund would provide 5-7 year funding horizons for large demonstrations and prioritize projects integrating Canadian post-secondary institutions with industry, utilities, municipalities, and Indigenous partners. Priority technology domains would include advanced electrolyzers, fuel cells, hydrogen combustion equipment, storage solutions adapted to Canadian climates, and systems integration for industrial processes, heavy transport, and remote communities.

Notably, CHA has positioned itself to serve as fund administrator if the government accepts the recommendation—handling application reviews, audits, checkpoints, and public reporting. If successful, this role could establish CHA as Canada's trusted hydrogen funding coordinator, reducing administrative bottlenecks while building long-term industry leadership.

 

The fund would also embed workforce development directly into demonstration projects through co-op placements, internships, and applied graduate projects, ensuring students gain hands-on experience with real hydrogen systems rather than theoretical knowledge alone.

 

Strategic Integration Across Government Pillars

 

CHA's third recommendation addresses what the association characterizes as fragmented policy signals and insufficient high-level federal coordination—factors creating hesitation at corporate board tables and credit committees even as competing jurisdictions deploy production tax credits, sovereign guarantees, and export contracts.

 

The association is calling for the federal government to update Canada's Hydrogen Strategy to explicitly position the sector as a core pillar across four strategic domains:

 

Export diversification and trade promotion: Including hydrogen derivatives, green shipping corridors, and sustainable aviation fuel as part of Canada's diversification away from commodity dependence.

 

Defence and national security: Covering energy resilience at military bases, dual-use fuel logistics, and operations in northern and remote regions where conventional fuel supply chains face climate and sovereignty challenges.

 

Critical minerals and advanced manufacturing: Utilizing hydrogen for low-carbon processing of critical minerals, metallurgical applications, mining operations, and manufacturing of hydrogen technology and equipment.

 

Industrial decarbonization and competitiveness: Supporting hard-to-abate sectors including steel, chemicals, cement, fertilizer, and heavy transport.

 

"Hydrogen is central to export diversification, defence energy resilience, critical mineral processing, and industrial decarbonization," the submission states. "Without an integrated, high-level federal vision—and clear political backing—multi-billion-dollar projects face delays, downsizing, or relocation to jurisdictions with more predictable frameworks."

 

To operationalize this strategic integration, CHA recommends establishing a Deputy Minister-level federal hydrogen leadership mechanism mandated to coordinate across departments (Finance, Natural Resources Canada, Innovation Science and Economic Development Canada, Transport, Environment and Climate Change Canada, National Defence, Global Affairs Canada), identify and resolve cross-cutting barriers, and provide a single authoritative point of federal contact for large hydrogen proponents.

 

The association also calls for a public federal commitment to policy continuity and clarity—specifically stating that existing investment tools will be maintained and refined rather than fundamentally redesigned—alongside regular, transparent progress reporting on strategy implementation and project pipelines.

 

Market Context: Slowing Momentum Despite Ambitions

 

The submission comes as Canada's hydrogen sector faces growing challenges despite federal and provincial ambitions.

 

In February 2026, three gigascale projects in Newfoundland lost Crown Land reservations after failing to pay fees, with the province's energy minister warning that the market was "growing more slowly than expected." The setback highlighted the gap between announced projects and actual deployment.

 

Despite positioning itself as a potential green hydrogen supplier to Europe using its renewable potential to produce low-cost molecules, Canada currently has fewer than 10 operational clean hydrogen production projects. Meanwhile, competing jurisdictions including the United States, European Union members, and Middle Eastern nations have deployed more aggressive fiscal incentives and secured binding offtake agreements.

 

The Clean Hydrogen Investment Tax Credit, passed into law in 2024, offers projects credits between 15% and 40% based on carbon intensity. However, industry stakeholders argue that design elements—particularly power sourcing requirements in clean grid regions—create competitive disadvantages compared to international frameworks.

 

"Competing global jurisdictions are scaling powerful industrial and fiscal tools," the submission warns. "Canadian proponents are investing in project development, engineering, workforce training, and supply chains, but inconsistent policy signals and pending strategy updates are creating hesitation at board tables and credit committees."

 

Window Closing for First-Mover Advantage

 

The association's characterization of a three-to-five-year window reflects the accelerating pace of international hydrogen deployment and the risk that Canada could transition from potential leader to follower.

 

Several factors contribute to this urgency:

 

International momentum: The European Union's Renewable Energy Directive mandates, the United States Inflation Reduction Act's production tax credits, and Middle Eastern export-focused gigaprojects are creating established supply chains and setting technology standards that could lock in competitive advantages.

 

Project timelines: Large hydrogen projects require 5-10 years from initial development to commercial operation. Decisions made in 2026-2028 will determine which projects reach final investment decision and operational status before 2035—the timeframe when many analysts expect hydrogen demand to scale significantly.

 

Supply chain development: Manufacturing capacity for electrolyzers, storage systems, and end-use equipment requires multi-year investment and market visibility. Without clear domestic demand signals, Canadian manufacturers may remain subscale or shift production to jurisdictions with more certain markets.

 

Workforce development: Training engineers, technicians, safety personnel, and operators for hydrogen systems requires lead time. Countries establishing training infrastructure now will have qualified workforces when projects scale, while those delaying face skills shortages constraining deployment.

 

The submission emphasizes that policy clarity and continuity are as important as the absolute level of support: "Investors can adapt to various policy frameworks, but they struggle with uncertainty and retroactive changes that invalidate financial models developed in good faith."

Industry Response and Next Steps

The pre-budget submission represents the most comprehensive policy reform package yet proposed by Canada's hydrogen industry, reflecting both growing sophistication in understanding barriers and increasing concern about competitive positioning.

 

The recommendations will be considered by the Standing Committee on Finance as it develops advice for the government ahead of the federal budget release scheduled for April 28, 2026. Committee members will assess the proposals alongside other sectoral submissions in determining budget priorities.

 

Finance Minister officials have not yet publicly responded to the specific recommendations, though previous statements have emphasized the government's commitment to supporting clean technology deployment while maintaining fiscal discipline.

 

Industry observers note that the submission's framing—positioning hydrogen as integral to export, defence, critical minerals, and industrial competitiveness rather than solely as a climate measure—may resonate with policymakers seeking to balance environmental objectives with economic and security priorities.

 

The question facing the government is whether targeted amendments totaling $100 million in new funding plus technical tax credit revisions can unlock the $35 billion in private investment CHA projects—and whether such measures can be implemented quickly enough to prevent project flight to competing jurisdictions already deploying comparable or superior incentive frameworks.

 

For Canada's hydrogen sector, the answer will determine whether the country capitalizes on its resource endowment and early innovation leadership, or joins the list of nations that developed promising technologies only to see commercialization and manufacturing occur elsewhere.

 

Source: FuelCellsWorks